The Univariate Case (Sea Level) | The Bivariate Case (Current Components) | Setting up a python environment to do tidal analysis | Install Miniconda base | For Linux: | Making a conda environment for tidal analysis | Using reticulate to run the Utide python package in R | Solutions of Exercises | References

Introduction | GUI usage | Non-GUI usage | Overview plot | Threat dependence on impact area | Threat dependence on blubber thickness and ship speed | Further reading

Pre-trimmed data | Raw data | Argo-derived Data | WOCE archive data | Solutions to exercises | References

Introduction | Architecture of oce objects | Accessing data in oce objects | Modifying data in oce objects | Oce functions | Calculation of seawater properties | CTD data | Section plots | Maps | Acoustic Doppler Profiler data | Handling data-quality flags | Working in non-English languages | Extending oce | The future of oce | Development website | Solutions to exercises | References

Reading adp files | Summarizing adp data | Changing coordinate systems | Plotting | Subsetting | Accessing data within adp objects | Solutions to exercises

Introduction | Avoiding projections for small regions | Choosing a map projection | World views | Polar views | Mid-latitude views | Adding to map plots | Solutions to exercises | References

Overview | Flag context | Flag conventions | Flag storage | Flag inspection | Flag creation | Handling flags | Sample working procedure | CTD range checks | Interactive editing of CTD profiles | Hydrographic sections | Acoustic-Doppler profiler data

A drifting buoy | Using the base oce class | Creating a new subclass | Specializing the plot() function | Specializing the summary() function | Specializing the [[ accessor | Summary | Appendix: exercises for the reader

Introduction | Burn-down charts | Gantt charts